Successful Cases
AIRHORSE
Why Choose AirHorse’s 22kW 4-in-1 Laser Air Compressor? Clean, Compact & Efficient
In laser cutting, clean and dry compressed air is essential for protecting optical lenses and maintaining cutting quality. Moisture, oil, and dust can affect precision and product qualification rates.
Recently, AirHorse Compressor supplied a Shenzhen technology enterprise with a 22kW four-in-one laser-specific PM VFD screw air compressor, offering a compact solution that balances air quality, space, and operating costs.
From demand communication to solution confirmation, AirHorse Compressor focused on the customer’s actual production needs and selected a 22kW four-in-one laser-specific PM VFD screw air compressor to provide a more suitable compressed air solution.
Water, Oil & Dust Removal for Clean Laser Air
To meet the air quality requirements of laser cutting, the AirHorse 22kW four-in-one laser-specific PM VFD screw air compressor uses 4-stage high-precision filtration to effectively remove moisture, oil, and particles, providing cleaner air for laser equipment.
Moisture, oil, and dust can contaminate optical lenses, increasing cleaning and maintenance needs and potentially affecting beam transmission, focusing performance, and processing precision.
Customer site
Proper removal of water, oil, and dust improves air quality, protects laser optics, and supports stable production while reducing costs from lens contamination, maintenance, and rework.
4-in-1 Design Saves Space
Factory space is another key consideration for laser processing enterprises. Traditional compressed air systems require separate screw air compressors, air tanks, dryers, and filters, resulting in a larger footprint and more complex installation.
The AirHorse 22kW four-in-one laser-specific PM VFD screw air compressor integrates these functions into one unit, reducing equipment footprint while meeting laser processing air demands. It is especially suitable for compact production layouts and simplifies installation, management, and maintenance.
PM VFD Technology Cuts Long-Term Air Costs
Laser cutting equipment often operates for long periods, making energy and maintenance costs important factors in long-term operation.
The AirHorse 22kW PM VFD screw compressor adjusts output according to actual air demand, matching production needs more efficiently. While ensuring stable air supply, it helps reduce unnecessary energy consumption and long-term operating costs.
For laser cutting enterprises, air compressor selection should consider not only power, but also air quality, space, efficiency, and maintenance.
The application of the AirHorse 22kW four-in-one laser-specific PM VFD screw compressor reflects its focus on practical customer needs. AirHorse Compressor will continue to provide reliable air solutions for different processing applications.
Why Choose AirHorse’s 22kW 4-in-1 Laser Air Compressor? Clean, Compact & Efficient
In laser cutting, clean and dry compressed air is essential for protecting optical lenses and maintaining cutting quality. Moisture, oil, and dust can affect precision and product qualification rates.
Recently, AirHorse Compressor supplied a Shenzhen technology enterprise with a 22kW four-in-one laser-specific PM VFD screw air compressor, offering a compact solution that balances air quality, space, and operating costs.
From demand communication to solution confirmation, AirHorse Compressor focused on the customer’s actual production needs and selected a 22kW four-in-one laser-specific PM VFD screw air compressor to provide a more suitable compressed air solution.
Water, Oil & Dust Removal for Clean Laser Air
To meet the air quality requirements of laser cutting, the AirHorse 22kW four-in-one laser-specific PM VFD screw air compressor uses 4-stage high-precision filtration to effectively remove moisture, oil, and particles, providing cleaner air for laser equipment.
Moisture, oil, and dust can contaminate optical lenses, increasing cleaning and maintenance needs and potentially affecting beam transmission, focusing performance, and processing precision.
Customer site
Proper removal of water, oil, and dust improves air quality, protects laser optics, and supports stable production while reducing costs from lens contamination, maintenance, and rework.
4-in-1 Design Saves Space
Factory space is another key consideration for laser processing enterprises. Traditional compressed air systems require separate screw air compressors, air tanks, dryers, and filters, resulting in a larger footprint and more complex installation.
The AirHorse 22kW four-in-one laser-specific PM VFD screw air compressor integrates these functions into one unit, reducing equipment footprint while meeting laser processing air demands. It is especially suitable for compact production layouts and simplifies installation, management, and maintenance.
PM VFD Technology Cuts Long-Term Air Costs
Laser cutting equipment often operates for long periods, making energy and maintenance costs important factors in long-term operation.
The AirHorse 22kW PM VFD screw compressor adjusts output according to actual air demand, matching production needs more efficiently. While ensuring stable air supply, it helps reduce unnecessary energy consumption and long-term operating costs.
For laser cutting enterprises, air compressor selection should consider not only power, but also air quality, space, efficiency, and maintenance.
The application of the AirHorse 22kW four-in-one laser-specific PM VFD screw compressor reflects its focus on practical customer needs. AirHorse Compressor will continue to provide reliable air solutions for different processing applications.
